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M12S SUPER
2.4GHZ FH4T RADIO CONTROL SYSTEM USER'S GUIDE
T-MIX1 AND T-MIX2 MENU { TELEMETRY MIXING 1 AND TELEMETRY MIXING 2 }
Changing the Rate 1 and Rate 2 Percentage Values:
The Rate percentage values determine the amount and direction of Slave channel servo travel. Use a Positive or Negative
percentage value to change the amount and direction of travel. The Right side of the graph indicates Rate 1 percentage values
and the Left side of the graph indicates Rate 2 percentage values.
1) From within the T-MIX1 menu, scroll UP or DOWN to highlight either
RATE1 > 0% or RATE2 > 0%.
2) Press the ENTER key, then scroll UP or DOWN to choose the desired Rate 1
or Rate 2 percentage value.
RATE1 and RATE2 setting range is -150% to 150% . The default setting for both Rate percentage values is 0%.
WARNING: The Rate percentage values can be set Higher than your Slave channel servo End Points (up to 150% in either
direction). To avoid damage to your model, we don't suggest programming Rate percentage values that exceed your Slave
channel servo End Points.
Changing the Channel Offset Value:
The Offset function allows you to shift the Neutral Point of the Slave channel servo to change the actual starting point of your Mix.
1) From within the T-MIX1 menu, scroll UP or DOWN to highlight OFFSET > 0.
2) Press the ENTER key, then scroll UP or DOWN to choose the desired Slave
channel Offset value. Increase or Decrease the Offset value to move the vertical
axis in the desired direction, adjusting the Slave channel servo Neutral Point.
OFFSET setting range is -150 to 150 . The default setting is 0.
The examples below detail programming several different Telemetry Mixing options that may be common in normal use. These
examples should help you learn more about how the various Telemetry Mixing values work to get the results you want.
RPM to AUX2 Mixing:
In this example, we're Mixing RPM to Auxiliary Channel 2 to operate a rear wing. As the RPM increases, the
wing will raise and as the RPM decreases, the wing will lower. The movement is proportional throughout
the RPM range. We adjust Rate 2 to raise the wing in the Forward direction. Since we don't want the
wing to operate in the Reverse direction, we leave Rate 1 at 0%. *If required, you can adjust the Offset
value to adjust the Neutral Point of the Slave servo to fine-tune the position of the wing when it's lowered.
TLM1 Alert to TH Mixing:
In this example, we're Mixing TLM1 (Temperature 1) to Throttle to Limit the maximum amount of throttle
when the Temperature Alert Alarm value is reached. If and when the Temperature Alert Alarm value is
reached, the maximum amount of throttle will be reduced to prevent the engine from overheating. We
adjust Rate 1 to Limit the Throttle Forward direction.
When programming Rate 1 and Rate 2 percentage values, please note the current direction of the Master Telemetry Data
Output Indicator at the bottom of the graph. This indicates the current Telemetry Data value. Slave channel Rate values
will only work when programmed for the same side of the graph (Rate 1 side or Rate 2 side) that the Master Telemetry Data
Output Indicator is on. For example, when programming the Slave channel servo to Limit the maximum amount of throttle as
shown in the example above, Rate 1 must be programmed, because when the Temperature Alert value is reached, the Master
Telemetry Data Output Indicator will move to the Rate 2 side of the graph.
106
Telemetry System with Sanwa Synchronized Link Support
TELEMETRY MIXING EXAMPLES
RACING
MASTER > RPM
SLAVE
> AUX2
RATE1
> 0%
RATE2
> 75%
OFFSET > 0*
MASTER > TLM1
TYPE
> ALERT
SLAVE
> TH
RATE1
> -50%
RATE2
> 0%
OFFSET > 0
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